首页> 外文会议>International Conference on Computational Science(ICCS 2006) pt.4; 20060528-31; Reading(GB) >Managing Data Using Neighbor Replication on Triangular-Grid Structure
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Managing Data Using Neighbor Replication on Triangular-Grid Structure

机译:在三角形网格结构上使用邻居复制管理数据

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摘要

Data is one of the domains in grid research that deals with the storage, replication, and management of large data sets in a distributed environment. The all-data-to-all sites replication scheme such as read-one write-all and tree grid structure (TGS) are the popular techniques being used for replication and management of data in this domain. However, these techniques have its weaknesses in terms of data storage capacity and also data access times due to some number of sites must 'agree' in common to execute certain transactions. In this paper, we propose the all-data-to-some-sites scheme called the neighbor replication on triangular grid (NRTG) technique by considering only neighbors have the replicated data, and thus, minimizes the storage capacity as well as high update availability. Also, the technique tolerates failures such as server failures, site failure or even network partitioning using remote procedure call (RPC).
机译:数据是网格研究中涉及分布式环境中大型数据集的存储,复制和管理的领域之一。所有数据到所有站点的复制方案(如只读所有写和树网格结构(TGS))是在该域中用于数据复制和管理的流行技术。但是,这些技术在数据存储容量以及由于某些站点必须共同同意才能执行某些事务而导致的数据访问时间方面存在缺陷。在本文中,我们考虑到仅邻居具有复制的数据,因此提出了一种称为“三角网格上的邻居复制”(NRTG)技术的“所有站点到所有站点”方案,从而最大程度地减少了存储容量并提高了更新可用性。同样,该技术可以容忍诸如服务器故障,站点故障甚至使用远程过程调用(RPC)进行网络分区之类的故障。

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